Robot structural analysis
Analyze, Design, and Document Structures with Confidence
What you'll learn
Understand the interface, tools, and workflow of Autodesk Robot Structural Analysis.
Build accurate structural models using grids, geometry tools, and element definitions.
Define sections, materials, and loads according to international design codes.
Create and manage load cases and load combinations for realistic design scenarios.
Perform structural analysis to evaluate forces, stresses, displacements, and reactions.
Interpret results and validate structural performance against design criteria.
Design and optimize reinforced concrete (RC) and steel elements using built-in design modules.
Generate professional reports and documentation to communicate analysis and design outcomes.
Apply best practices to ensure accuracy, efficiency, and code compliance in structural projects.
Requirements
Basic Knowledge of Structural Engineering
Understanding of Reinforced Concrete & Steel Design Principles
General Computer Skills
Description
This course is a complete guide to Autodesk Robot Structural Analysis, a powerful tool for structural modeling, analysis, and design. It is designed to help students and engineers move from theory to practice by applying structural engineering principles within a modern software environment.Throughout the course, participants will learn how to:Build accurate structural models using grids and geometry tools.Define materials, sections, and supports for different elements.Apply loads, load cases, and load combinations in compliance with international codes.Perform structural analysis to evaluate forces, stresses, reactions, and displacements.Interpret results and check structural performance against design requirements.
Design reinforced concrete (RC) and steel elements using the built-in design modules.Generate reports and documentation suitable for academic and professional projects.The course is structured step by step, starting from the basics of the interface and modeling, progressing through load definitions and analysis, and culminating in full design workflows. Emphasis is placed on practical applications, ensuring that students can confidently use Robot Structural Analysis for both academic studies and real-world engineering projects.By the end of the course, participants will have the skills to model, analyze, and design complete structural systems with Autodesk Robot, ensuring safe, efficient, and code-compliant results.
Who this course is for
Civil Engineering Students who want to strengthen their understanding of structural analysis and design software
Fresh Graduates and Junior Engineers aiming to build practical skills in structural modeling and design.
Practicing Structural Engineers who want to add Autodesk Robot Structural Analysis to their professional toolkit.
Published 8/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 1h 44m | Size: 1.11 GB
Download
*
Analyze, Design, and Document Structures with Confidence
What you'll learn
Understand the interface, tools, and workflow of Autodesk Robot Structural Analysis.
Build accurate structural models using grids, geometry tools, and element definitions.
Define sections, materials, and loads according to international design codes.
Create and manage load cases and load combinations for realistic design scenarios.
Perform structural analysis to evaluate forces, stresses, displacements, and reactions.
Interpret results and validate structural performance against design criteria.
Design and optimize reinforced concrete (RC) and steel elements using built-in design modules.
Generate professional reports and documentation to communicate analysis and design outcomes.
Apply best practices to ensure accuracy, efficiency, and code compliance in structural projects.
Requirements
Basic Knowledge of Structural Engineering
Understanding of Reinforced Concrete & Steel Design Principles
General Computer Skills
Description
This course is a complete guide to Autodesk Robot Structural Analysis, a powerful tool for structural modeling, analysis, and design. It is designed to help students and engineers move from theory to practice by applying structural engineering principles within a modern software environment.Throughout the course, participants will learn how to:Build accurate structural models using grids and geometry tools.Define materials, sections, and supports for different elements.Apply loads, load cases, and load combinations in compliance with international codes.Perform structural analysis to evaluate forces, stresses, reactions, and displacements.Interpret results and check structural performance against design requirements.
Design reinforced concrete (RC) and steel elements using the built-in design modules.Generate reports and documentation suitable for academic and professional projects.The course is structured step by step, starting from the basics of the interface and modeling, progressing through load definitions and analysis, and culminating in full design workflows. Emphasis is placed on practical applications, ensuring that students can confidently use Robot Structural Analysis for both academic studies and real-world engineering projects.By the end of the course, participants will have the skills to model, analyze, and design complete structural systems with Autodesk Robot, ensuring safe, efficient, and code-compliant results.
Who this course is for
Civil Engineering Students who want to strengthen their understanding of structural analysis and design software
Fresh Graduates and Junior Engineers aiming to build practical skills in structural modeling and design.
Practicing Structural Engineers who want to add Autodesk Robot Structural Analysis to their professional toolkit.
Published 8/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 1h 44m | Size: 1.11 GB
Download
*